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How to install tate_bilinear_pairing via python pip




tate_bilinear_pairing - a library for calculating Tate bilinear pairing especially on super-singularelliptic curve E:y^2=x^3-x+1 in affine coordinates defined over a Galois Field GF(3^m), it belongs to Classifiers:

- License :: OSI Approved :: GNU Library or Lesser General Public License (LGPL)
- Topic :: Scientific/Engineering :: Mathematics

When you know about this project and you want to new install tate_bilinear_pairing to support your project or you get trouble as ModuleNotFoundError: No module named "tate_bilinear_pairing" or ImportError: cannot import name "tate_bilinear_pairing" in your project, let follow this tutorial to install tate_bilinear_pairing



Installation:

Step 1: First, ensure you installed pip in your os, to check pip has been installed on your computer

In Windows (CMD):

py -m pip --version

In Unix/macOS:

python3 -m pip --version

Ensure pip, setuptools, and wheel are up to date:

In Windows (CMD):

py -m pip install --upgrade pip setuptools wheel

In Unix/macOS:

python3 -m pip install --upgrade pip setuptools wheel


Optional - If you want to install in virtual environment:

In Windows (CMD):

- Install virtualenv - if you installed it, please ignore

py -m pip install --user virtualenv

- Create a virtual environment

py -m venv test_tate_bilinear_pairing_env

- Active the virtual environment

test_tate_bilinear_pairing_env\Scripts\active

In Unix/macOS:

- Install virtualenv - if you installed it, please ignore

pip3 install virtualenv

- Create a virtual environment

python3 -m venv test_tate_bilinear_pairing_env

- Active the virtual environment

source test_tate_bilinear_pairing_env/bin/active


Step 2: OK, now, let flow below content to start the installation tate_bilinear_pairing

To install tate_bilinear_pairing on Windows(CMD):

py -m pip install tate_bilinear_pairing

To install tate_bilinear_pairing on Unix/macOs:

pip install tate_bilinear_pairing


Step 3: If you want to install a specific tate_bilinear_pairing version, add ==<tate_bilinear_pairing version> to the end command line

Example:

pip install tate_bilinear_pairing==0.2.3


Please see the version list below table:

VersionReleased dateCommand
tate_bilinear_pairing 0.62012-11-24T12:05:07Windows:

py -m pip install tate_bilinear_pairing==0.6

Unix/macOs:

pip install tate_bilinear_pairing==0.6

tate_bilinear_pairing 0.52012-11-12T12:30:58Windows:

py -m pip install tate_bilinear_pairing==0.5

Unix/macOs:

pip install tate_bilinear_pairing==0.5

tate_bilinear_pairing 0.42012-06-22T13:05:46Windows:

py -m pip install tate_bilinear_pairing==0.4

Unix/macOs:

pip install tate_bilinear_pairing==0.4

tate_bilinear_pairing 0.32012-03-29T14:17:31Windows:

py -m pip install tate_bilinear_pairing==0.3

Unix/macOs:

pip install tate_bilinear_pairing==0.3

tate_bilinear_pairing 0.2.32012-03-18T06:54:30Windows:

py -m pip install tate_bilinear_pairing==0.2.3

Unix/macOs:

pip install tate_bilinear_pairing==0.2.3


Step 4: Otherwise, you can install tate_bilinear_pairing from local archives:

Download the distribution file from tate_bilinear_pairing-0.6.tar.gz or the specific tate_bilinear_pairing version in the below list of distribution

After that, install by command:

On Windows(CMD):

py -m pip install <path_to_tate_bilinear_pairing_downloaded_file>

On Unix/macOs:

pip install <path_to_tate_bilinear_pairing_downloaded_file>


List distribution:


Project link:

- Homepage